MCPCBs for LED - High-Quality Metal Core PCBs

Aluminum core PCBs offer a cost-effective balance of thermal performance (1–3 W/MK) and mechanical durability, suitable for most commercial LED applications. Copper core PCBs deliver superior thermal conductivity of up to 400 W/MK, ideal for ultra-high-power or densely packed LED systems where maximum heat dissipation is critical and cost is secondary.

SFX PCB's aluminum base PCBs offer dielectric thermal conductivity 5–10 times higher than conventional epoxy glass, while copper core PCBs achieve up to 400 W/MK — making them among the most thermally efficient options available. Both variants dissipate heat up to 9x faster than standard FR4 PCBs.

Aluminum base PCBs are available in thicknesses from 0.5mm to 5.0mm with copper foil from 35µm to 210µm (1oz to 10oz). Copper core PCBs come in standard thicknesses of 1mm, 1.2mm, 1.5mm, and 2mm. Both support single-sided, double-sided, and multilayer configurations to suit varying LED power densities.

Yes. SFX PCB holds both RoHS and REACH compliance certifications. The aluminum and copper materials used in MCPCBs are fully recyclable, supporting environmentally responsible manufacturing. All products are produced in ISO14001-certified facilities, ensuring adherence to environmental management standards throughout the production process.

Absolutely. SFX PCB's metal core PCBs are engineered to withstand moisture, thermal cycling, extreme temperatures, and mechanical shocks required by automotive and aerospace standards. The company serves defense, aerospace, and automotive sectors with boards that comply with applicable industry thermal management and electrical safety requirements.

SFX PCB supports both prototype and mass production orders with no rigid minimum order constraints. Rapid prototyping can begin within 24 hours of parts availability. For specific lead times and volume-based pricing, customers are encouraged to submit Gerber files via the contact form or WhatsApp for a tailored quote from the engineering team.